Desarrollo de un Sistema Scada para la Medición de Corrientes con Sistemas Embebidos para el Laboratorio de Mecatrónica de da Facultad de Mecánica.

Abstract

This thesis is based on the development of a SCADA system for the current measurement for Embedded Systems Laboratory Mechatronics Faculty of Mechanical, which supervise, control and acquire data from industrial processes through the computer with the help of a equipment designed by the National Instrument called Compact RIO, which consist of an industrial real-time embedded reconfigurable chassis containing the FPGA and E/S hot-swappable, which enables a high level of flexibility in the system. NI 9227 card for the purchase of electrical signals from sensors couple to processes and using the LabVIEW SCADA designed a program capable of controlling and historical generate analog signals and sent to a spreadsheet used for analysis and decision about the process. The development of current practice of measuring was done in the Fisher valve pumping system and the phases of a squirrel cage motor 3F getting multiple values in real time, every split second and on a continuous basis to take risks the operators. The whole system proved reliable, optimal and secure, able to operate in any industrial process and in extreme environments, it is a complete set designed to know the industry needs in Ecuador.